JANSF2N5004-Transistor by JANSF2N – NPN Power Transistor in TO-220 Package

JANSF2N5004-Transistor Overview

The JANSF2N5004 is a high-voltage NPN bipolar junction transistor (BJT) designed for switching and amplification applications requiring robust performance. With a collector-emitter voltage rating up to 500V and a collector current capacity suitable for moderate power levels, this transistor is ideal for industrial control circuits, power supplies, and relay drivers. Its construction ensures reliability under demanding electrical conditions, making it a preferred choice for engineers and sourcing specialists focused on durable, efficient semiconductor components. Detailed specifications and quality assurance are available through the IC Manufacturer.

JANSF2N5004-Transistor Key Features

• High voltage tolerance: Supports up to 500V collector-emitter voltage, enabling operation in high-voltage switching circuits.
• Moderate current handling: Collector current rating allows reliable switching in medium-power applications without thermal overstress.
• Fast switching speed: Minimizes switching losses and improves efficiency in pulse and digital circuits.
• Robust gain characteristics: Provides stable current gain (hFE) over a wide range of operating conditions for consistent amplification.

JANSF2N5004-Transistor Technical Specifications

JANSF2N5004-Transistor Advantages vs Typical Alternatives

Compared to typical alternatives in the high-voltage NPN transistor category, this device offers a higher voltage rating and reliable current handling, enhancing circuit robustness. Its stable gain and efficient switching characteristics deliver improved performance in industrial and power control environments. These advantages reduce risk of component failure and support long-term operational reliability, making it a competitive choice for demanding semiconductor applications.

Typical Applications

• Switching power supplies: Suitable for controlling high voltage loads with efficient switching and low power dissipation, improving overall system efficiency.
• Industrial control circuits: Enables robust switching and amplification in automated machinery and process control systems.
• Relay drivers: Provides reliable current gain and voltage tolerance to operate relay coils in high-voltage environments.
• Amplification stages: Used in signal amplification requiring medium power with consistent gain and thermal stability.

JANSF2N5004-Transistor Brand Info

This transistor model is offered by a reputable semiconductor manufacturer known for adherence to military and industrial standards, ensuring quality and reliability. The JANSF2N5004 is part of a product line designed for high-voltage, medium-power applications, backed by stringent testing and controlled manufacturing processes. This brand??s focus on durable and precise electronic components supports engineers in sourcing dependable transistors for critical industrial use cases.

FAQ

What is the maximum voltage rating for this transistor?

The maximum collector-emitter voltage rating is 500 volts, allowing the device to operate safely in high-voltage switching applications without risk of breakdown.

What current levels can this transistor handle reliably?

It can handle a continuous collector current of up to 1.5 amperes, suitable for moderate power circuits such as relay driving and power supply switching stages.

How does the transistor??s gain affect its performance?

The DC current gain ranges between 20 and 70, providing stable amplification across various operating conditions and ensuring consistent signal control in circuits.

Is the JANSF2N5004 suitable for high-frequency applications?

With a transition frequency of approximately 20 MHz, it supports moderately high-frequency switching and amplification, though it is best suited for applications not requiring ultra-high-speed operation.

What are the thermal operating limits of this transistor?

The device can operate safely up to a junction temperature of 150??C, supporting reliable performance under elevated thermal conditions common in industrial environments.